| Problem Set | Chapter | Topic | Problems | Due Date |
| 1 | Chapter 1 | Units | 2,4,7 | Jan 30 |
| Trigonometry | 12,14,16* | |||
| Vectors | 22,32,46* | |||
| 2 | Chapter 2 | Displacement, s, v | 4,5,6 | Feb 6 |
| Acceleration | 16 | |||
| Kinematics Equations | 23,27 | |||
| Freefall | 37,44,46 | |||
| 3 | Chapter 3 | Displacement, s, v | 3,6,8 | Feb 13 |
| Projectile Motion | 12,14,16,24,28,32* | |||
| Relative Velocity | 48,52 | |||
| 4 | Chapter 8 | θ,ω,α | 4,5,6,9* | Feb 20 |
| Kinematics Equations | 18,20 | |||
| Angular/Tang. Variables | 28,33 | |||
| Centrip/Tang. Accel. | 40,43* | |||
| Rolling Motion | 48 | |||
| 5 | Chapter 4 | 2nd Law | 2,4,6 | Mar 10 |
| 3rd Law | 12,14 | |||
| Gravity | 18,24,25 | |||
| Friction, Normal Force | 36,38,40 | |||
| Tension | 50,54 | |||
| Dynamics | 67 | |||
| Chapter 5 | Centripetal Force | 14,16,19* | ||
| Satellites | 28,29,30 | |||
| 6 | Chapter 6 | Work by Const. Force | 1,2,3 | Mar 20 |
| Work Energy Theorem | 12,16,20* | |||
| Gravitational PE | 28,34,38*,44** | |||
| Nonconservative Forces | 48,50* | |||
| Power | 56,58,60 | |||
| 7 | Chapter 7 | Impulse Momentum Th. | 2,4,8,10* | Mar 27 |
| Conservation | 15,21* | |||
| Collisions | 26,28,30 | |||
| Center of Mass | 41,44* | |||
| 8 | Chapter 9 | Torque Basics | 2,4,6 | Apr 7 |
| Equilibrium | 11,17,18,22*,23* | |||
| 2nd Law for Rotation | 29,34,38* | |||
| Rotational Work/Energy | 44 | |||
| Angular Momentum | 52,54 | |||
| 9 | Chapter 10 | Simple Spring | 1,2,8* | Apr 17 |
| SHM | 14,16,17,22* | |||
| Energy | 24,27 | |||
| Pendulum | 40,42 | |||
| Stress/Strain | 46,48,52,54 | |||
| 10 | Chapter 16 | Waves | 2,8*,12,13 | Apr 24 |
| Mathematics of Waves | 24,25,26* | |||
| Doppler Effect | 70,72,74 | |||
| 11 | Chapter 11 | Mass Density | 1,3,4 | May 3 |
| Pressure | 13,14,16* | |||
| Pressure & Depth | 19,20 | |||
| Pascal's Principle | 32,37* | |||
| Archimedes Principle | 38,40,41 | |||
| Continuity | 50,52 | |||
| Bernoulli's Equation | 56,58 | |||